Calculation method for angular velocity, angle, and time required in operation pattern (direction of rotation)

Today, we will be discussing the "Cycle Time Calculation and Study," which can be used to calculate and study cycle times.Calculation method for angular velocity, angle, and time required in operation pattern (direction of rotation)Here is a note about "The

In this issue.Angle to accelerationThis is a summary of the following information.　　Please use it.

Items required to calculate angular velocity, angle, and time required in the operation pattern

Items required for operating pattern calculations

To determine how much the angle advances using the driving pattern, the following items are required for the calculation.

N Acceleration Rotation Speed Difference (rpm)
G Acceleration/deceleration time (s)
t Constant velocity time (s)
ts stop time (s)

Calculation of operating patterns

How to find angular velocity (rad)

ω angular velocity [rad/s] = (N/9.55)

How to find angular acceleration (rad indication)

Alpha angular acceleration [rad/s^2] = ω/G

How to determine angular velocity (angular display)

ω' Angular velocity [rad/s]=ω*(180/3.14)

How to obtain angular acceleration (angular display)

α' angular acceleration [rad/s^2]=α*(180/3.14)

How to find the angle of change during acceleration

ω’[°]=(1/2)*α'*G^2

How to find the angle of change at constant velocity

ω’'[°]=ω'*t

How to find the angle of change during deceleration

ω’''[°]=(1/2)*α'*G^2

How to find the running time

S[s]=G+G'+t+ts

How to find the running angle

ST[°]=ω+ω''+ω'''

Download Calculation Excel Sheet

Calculation of angular velocity, angle and time required in operation pattern_181212

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That's it.